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Secret Geek A-Team Hacks Back, Defends Worldwide Web Page 1 of 6 Secret Geek A-Team Hacks Back, Defends Worldwide Web Page 1 of 6 << Back to Article WIRED MAGAZINE: 16.12 Secret Geek A-Team Hacks Back, Defends Worldwide Web By Joshua Davis 11.24.08 Kaminsky was alone in his Seattle apartment when he discovered a security vulnerability that could leave banks, online retailers, and ISPs open to hackers. Photo: John Keatley In June 2005, a balding, slightly overweight, perpetually T-shirt-clad 26-year How to Plug the Hole in the -old computer consultant named Dan Kaminsky decided to get in shape. He Internet began by scanning the Internet for workout tips and read that five minutes of sprinting was the equivalent of a half-hour jog. This seemed like a great shortcut²an elegant exercise hack²so he bought some running shoes at the nearest Niketown. That same afternoon, he laced up his new kicks and burst out the front door of his Seattle apartment building for his first five-minute workout. He took a few strides, slipped on a concrete ramp and crashed to the sidewalk, shattering his left elbow. He spent the next few weeks stuck at home in a Percocet-tinged haze. Before the injury, he'd spent his days testing the inner workings of software programs. Tech companies hired him to root out security holes before hackers could find them. Kaminsky did it well. He had a knack for breaking things²bones and software alike. But now, laid up in bed, he couldn't think clearly. His mind drifted. Running hadn't worked out so well. Should he buy a stationary bike? Maybe one of those recumbent jobs would be best. He thought about partying in Las Vegas ... mmm, martinis ... and recalled a trick he'd figured out for getting free Wi-Fi at Starbucks. As his arm healed, the details of that Starbucks hack kept nagging at him. He remembered that he had gotten into Starbucks' locked network using the domain name system, or DNS. When someone types google .com into a browser, DNS has a list of exactly where Google's servers are and directs the traffic to them. It's like directory assistance for the Internet. At Starbucks, the port for the low-bandwidth DNS connection²port 53²was left open to route customers to the Pay for Starbucks Wi-Fi Web page. http://www.wired.com/print/techbiz/people/magazine/16-12/ff_kaminsky 7/8/2009 Secret Geek A-Team Hacks Back, Defends Worldwide Web Page 2 of 6 So, rather than pay, Kaminsky used port 53 to access the open DNS connection and get online. It was free but super-slow, and his friends mocked him mercilessly. To Kaminsky that was an irresistible challenge. After weeks of studying the minutiae of DNS and refining his hack, he was finally able to stream a 12-second animated video of Darth Vader dancing a jig with Michael Flatley. (The clip paired the Lord of the Sith with the Lord of the Dance.) That was more than a year ago, but it still made him smile. DNS was the unglamorous underbelly of the Internet, but it had amazing powers. Kaminsky felt drawn to the obscure, often-ignored protocol all over again. Maybe the painkillers loosened something in his mind, because as Kaminsky began to think more deeply about DNS he became convinced that something wasn't right. He couldn't quite figure it out, but the feeling stuck with him even after he stopped taking the pain pills. He returned to work full time and bought a recumbent stationary bike. He got hired to test the security of Windows Vista before it was released, repeatedly punching holes in it for Microsoft. Still, in the back of his mind, he was sure that the entire DNS system was vulnerable to attack. Then last January, on a drizzly Sunday afternoon, he flopped down on his bed, flipped open his laptop, and started playing games with DNS. He used a software program called Scapy to fire random queries at the system. He liked to see how it would respond and decided to ask for the location of a series of nonexistent Web pages at a Fortune 500 company. Then he tried to trick his DNS server in San Diego into thinking that he knew the location of the bogus pages. Suddenly it worked. The server accepted one of the fake pages as real. But so what? He could now supply fake information for a page nobody would ever visit. Then he realized that the server was willing to accept more information from him. Since he had supplied data about one of the company's Web pages, it believed that he was an authoritative source for general information about the company's domain. The server didn't know that the Web page didn't exist²it was listening to Kaminsky now, as if it had been hypnotized. When DNS was created in 1983, it was designed to be helpful and trusting²it's directory assistance, after all. It was a time before hacker conventions and Internet banking. Plus, there were only a few hundred servers to keep track of. Today, the humble protocol stores the location of a billion Web addresses and routes every piece of Internet traffic in the world. Security specialists have been revamping and strengthening DNS for more than two decades. But buried beneath all this tinkering, Kaminsky had just discovered a vestige of that original helpful and trusting program. He was now face-to-face with the behemoth's almost childlike core, and it was perfectly content to accept any information he wanted to supply about the location of the Fortune 500 company's servers. http://www.wired.com/print/techbiz/people/magazine/16-12/ff_kaminsky 7/8/2009 Secret Geek A-Team Hacks Back, Defends Worldwide Web Page 3 of 6 Paul Vixie organized experts from around the world to address the DNS security flaw. Photo: John Keatley Kaminsky froze. This was far more serious than anything he could have imagined. It was the ultimate hack. He was looking at an error coded into the heart of the Internet's infrastructure. This was not a security hole in Windows or a software bug in a Cisco router. This would allow him to reassign any Web address, reroute anyone's email, take over banking sites, or simply scramble the entire global system. The question was: Should he try it? The vulnerability gave him the power to transfer millions out of bank accounts worldwide. He lived in a barren one- bedroom apartment and owned almost nothing. He rented the bed he was lying on as well as the couch and table in the living room. The walls were bare. His refrigerator generally contained little more than a few forgotten slices of processed cheese and a couple of Rockstar energy drinks. Maybe it was time to upgrade his lifestyle. Or, for the sheer geeky joy of it, he could reroute all of .com into his laptop, the digital equivalent of channeling the Mississippi into a bathtub. It was a moment hackers around the world dream of²a tool that could give them unimaginable power. But maybe it was best simply to close his laptop and forget it. He could pretend he hadn't just stumbled over a skeleton key to the Net. Life would certainly be less complicated. If he stole money, he'd risk prison. If he told the world, he'd be the messenger of doom, potentially triggering a collapse of Web-based commerce. But who was he kidding? He was just some guy. The problem had been coded into Internet architecture in 1983. It was 2008. Somebody must have fixed it by now. He typed a quick series of commands and pressed enter. When he tried to access the Fortune 500 company's Web site, he was redirected to an address he himself had specified. "Oh shit," he mumbled. "I just broke the Internet." Paul Vixie, one of the creators of the most widely used DNS software, stepped out of a conference in San Jose. A curious email had just popped up on his laptop. A guy named Kaminsky said he'd found a serious flaw in DNS and wanted to talk. He sent along his phone number. Vixie had been working with DNS since the 1980s and had helped solve some serious problems over the years. He was president of the Internet Systems Consortium, a nonprofit that distributed BIND 9, his DNS software. At 44, he was considered the godfather of DNS. If there was a fundamental error in DNS, he probably would have fixed it long ago. But to be on the safe side, Vixie decided to call Kaminsky. He picked up immediately and within minutes had outlined the flaw. A series of emotions swept over Vixie. What he was hearing shouldn't be possible, and yet everything the kid said was logical. By the end of the third minute, Vixie realized that Kaminsky had uncovered something that the best minds in computer science had overlooked. This affected not just BIND 9 but almost all DNS software. Vixie felt a deep flush of embarrassment, followed by a sense of pure panic. "The first thing I want to say to you," Vixie told Kaminsky, trying to contain the flood of feeling, "is never, ever repeat what you just told me over a cell phone." Vixie knew how easy it was to eavesdrop on a cell signal, and he had heard enough to know that he was facing a problem of global significance.
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